Results 41 to 50 of about 624 (122)
Accessibility and boarding technology for offshore wind power platforms in China: current status and future prospects [PDF]
Objective Most offshore wind power platforms are unmanned, resulting in high operation and maintenance costs due to the complex operating environment, limited accessibility, and short time window for going offshore.
Chao LIU +4 more
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Current Status and Prospect of Membrane-Based Offshore Floating Photovoltaic Technology [PDF]
, 2023 [Introduction] The research and development of offshore floating photovoltaic complies with the needs of national energy strategic development, caters to the background of industry development led by science and technology, and helps the development of ...
Bo LIU, Gang LI, Hong QIAO, Jiping CHEN
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Guangtongxin yanjiu, 2020 高压海缆敷设是海上风电场开发的关键环节。为了提高海缆敷设与登陆的仿真模拟精度,文章采用水动力分析方法在SESAM/HydroD软件中施加粘性阻尼得到了敷缆船运动响应幅值算子（RAO）。在Orcaflex软件中建立敷缆船-高压海缆-系泊系统耦合模型,研究了船舶粘性阻尼对耦合系统响应的影响,并通过对海缆位形、张力和曲率的对比评估给出了海缆登陆最大允许作业海况。研究结果表明,考虑粘性阻尼后船体的垂荡幅值减小55%,海缆敷设时的有效张力、曲率及海缆登陆时的偏移量均明显减小 ...
姚兴隆 +4 more
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Analysis of Power Generation Technology Trend in 14th Five-Year Plan Under the Background of Carbon Peak and Carbon Neutrality [PDF]
, 2022 The deep decarbonization of the energy and power industry will play a vital role in achieving the goal of carbon peak and carbon neutrality in China, and the important breakthrough point lies in the innovation of science and technology.
FENG Yiming +4 more
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Research on the impact of underwater noise radiated from offshore wind farm on Chinese white dolphin(Sousa chinensis) [PDF]
, 2014 近年来，随着“低碳经济”理念被人们逐步接受并倡导，加大清洁能源开发力度成为未来能源的发展方向。在清洁能源的开发和利用中，风能利用技术相对成熟，而海上风能利用是其重要组成部分。但在海上风电场的建设期和运营期，，尤其是在风机桩基固定过程中进行的冲击式打桩作业，会向水中辐射高强度、瞬发性、宽频带的脉冲信号。研究表明，冲击式水下打桩噪声会影响海洋哺乳动物的行为，掩蔽其声学信号，甚至造成其听觉损伤。 中华白海豚(Chinesewhitedolphin,Sousachinensis)是我国国家一级保护动物 ...
汪启铭
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Jianzhu Gangjiegou Jinzhan, 2018 高效化焊接技术是当前焊接领域的热点研究。阐述的海上风电五桩导管架焊接工艺试验,母材为Q345E-Z25钢,用GMAW+SAW和FCAW两种焊接方法进行了详细试验,并根据试验结果进行了对比分析。结果表明:GMAW+SAW和FCAW两种焊接方法的力学性能均满足工况使用要求,同时"GMAW+SAW"比传统的"SAW+清根+SAW"方法具有降低成本、提高生产效率和降低工人劳动强度等优点,场外的FCAW用1.4mm焊丝比常用1.2mm焊丝熔化速度快且提高生产效率 ...
毛小飞 +5 more
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Research on Auxiliary Power System Scheme for Offshore Converter Station [PDF]
[Introduction] Aiming at the characteristics of offshore converter station, this paper proposes the design scheme for auxiliary power system of offshore converter station.
Sheng LIU, Zeyong LIANG, Zikai LU
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Research on Key Technologies and Industrial Chain Cooperation Paths of Floating Offshore Wind Power Between China and Europe [PDF]
China’s equipment manufacturing system and Europe’s experience in project complement each other. Firstly, this paper focused on the industrial chain and key technologies of floating offshore such as wind turbines, floating foundations, mooring and ...
GANG Ao +5 more
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Jianzhu Gangjiegou Jinzhan, 2005 坐落于台北盆地软弱地质以及饱受地震、台风等天灾侵袭的“TAIPEI101”成为了世界最高建筑物大楼的代名词,相较于海外超高层大楼的环境与条件,508m高的台北101大楼有着截然不同的困难与挑战,然而在众人的瞩目下,台北101大楼已昂首耸立于台北新天空,其整体工程亦已实质完工。“Bringing Taipei to The World”一直是业主团队期望打造的远大愿景,在国际观的思维考量下,安全、品质与专业分工为本工程最重要诉求,在“边设计、边施工”的模式下,业主-台北金融大楼股份有限公司选择了结合海内 ...
钟俊宏, 谢绍松, 甘锡滢
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, 2015 发展风电产业是当前世界各国和地区为实现经济发展低碳化而采取的新型产业发展方向之一。福建省东山岛与台湾的澎湖列岛同属常规能源较贫乏而风能资源较丰富的地区。在推进两岸新兴产业合作的进程中,两地可基于彼此的相对竞争优势而开展风电产业合作,进而提升两地在风电产业方面的整合竞争力。2013年度国家社科基金项目“丰富‘一国两制’实践和推进祖国统一研究”(批准号:13&ZD052)资助; 2013年度教育部人文社会科学重点研究基地重大项目“海峡两岸民间社会桥接模式和路径研究”(批准号:13JJD810011 ...
王勇
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